a species of fox live in the arctic where the ground is covered in white snow most of the year. these arctic foxes hunt rodents and other small mammals while their predators include eagles wolves and polar bears a mutation in its dna causes a fox to have white fur rather than brown. given this information would you classify this mutation as harmful beneficial or neutral mutation. would this make the fox more or less likely survive explain the answer in easy words
The mutation causing the fox to have white fur instead of brown fur in an Arctic environment can be classified as a beneficial mutation. This is because the white fur helps the fox blend in with its snowy surroundings, making it harder for predators, like eagles, wolves, and polar bears, to spot them. White fur acts as a camouflage, allowing the fox to remain undetected while hunting for rodents and other small mammals. Thus, the white fur mutation increases the fox's chances of survival by improving its ability to hide from predators and become a more effective hunter.
Based on the given information, the mutation in the fox's DNA that causes it to have white fur rather than brown can be classified as a beneficial mutation. Let me explain why:
In the arctic, where the ground is covered in white snow for most of the year, having white fur provides the fox with better camouflage. This allows the fox to blend in with the snowy background, making it harder for predators like eagles, wolves, and polar bears to spot them. As a result, the fox with white fur is more likely to go unnoticed and avoid being hunted by its predators.
On the other hand, foxes with brown fur would stand out against the snowy environment, making them easier targets for predators. Therefore, the mutation that causes the fox to have white fur increases its chances of survival by providing a greater advantage in terms of camouflage.
In summary, the white fur mutation in the arctic fox can be considered beneficial because it improves the fox's ability to hide from predators in its snowy surroundings, making it more likely to survive.
The mutation that causes an arctic fox to have white fur instead of brown can be considered a beneficial mutation. This is because in the arctic, where the ground is covered in white snow most of the year, the white fur helps the fox to blend in with its surroundings and become less noticeable to its predators such as eagles, wolves, and polar bears.
Since the white fur helps the fox camouflage and remain hidden, it increases its chances of survival. When a predator cannot easily spot its prey, the prey has a better chance of escaping and surviving. Therefore, having white fur instead of brown fur in the arctic environment provides the fox with an advantage, making it more likely to survive and pass on its genes to the next generation.